RoCE Lossless Network & AIGC Cluster Optimization

Optimized for high-performance computing (HPC) and AIGC workflows, the S9800-G Series fully supports RoCE (RDMA over Converged Ethernet) v1/v2 protocols, enabling lossless network deployment with zero packet loss and ultra-low latency. The switch integrates advanced features including PFC (Priority-based Flow Control), ETS (Enhanced Transmission Selection), DCBX (Data Center Bridging Exchange), and ECN (Explicit Congestion Notification) with auto-threshold adjustment, ensuring stable and efficient data transmission for latency-sensitive applications. Additionally, it supports flexible global load balancing (FGLB) and data plane self-healing (DPSH) capabilities, enabling microsecond-level traffic switching and optimal link load distribution across the entire network.

Spine Leaf Architecture Compatibility

Equipped with industry-leading programmable switching chips, the H3C S9800-G Series offers powerful SDN capabilities to adapt to dynamic network evolution. It supports standard Netconf, Python, and Ansible automation frameworks, allowing users to customize forwarding logic and deploy new features via simple software upgrades—eliminating the need for hardware replacement. The switch also provides comprehensive network visualization through ERSPAN, gRPC, and Telemetry protocols, sending real-time resource data, RDMA statistics, and alarm information to data center operation platforms. This enables automated network quality tracing, fault diagnosis, risk early warning, and architecture optimization, reducing operational complexity and improving maintenance efficiency.

Security & MACsec 256-bit Encryption Features

The S9800-G Series delivers robust security protection and high reliability for mission-critical data center environments. It supports hardware-accelerated MACsec encryption with 256-bit algorithms, securing data transmission across all ports by encrypting authenticated user traffic and verifying data integrity. The switch also offers comprehensive security policies, including AAA/RADIUS authentication, IP/MAC/VLAN/port binding, anti-DOS/ARP attack mechanisms, and large-capacity ACLs (Access Control Lists) for fine-grained traffic filtering. For reliability, it features redundant hot-swappable power and fan modules, overcurrent/overvoltage/overheat protection, and automatic fan speed adjustment based on temperature—ensuring 24/7 stable operation even in harsh conditions. Fan missing protection further prevents chip damage, enhancing device durability.

Technical Specifications & Models List

Tailored for modern data center requirements, the S9800-G Series supports a full suite of data center features, including VxLAN and BGP-EVPN for network virtualization, service chain integration, and BUFFER visualization with parameter tuning. Its advanced QoS (Quality of Service) capabilities enable Layer 2-Layer 4 traffic classification based on MAC address, IP address, TCP/UDP port, protocol type, and VLAN. Each 100G port supports multiple unicast queues with flexible scheduling algorithms (SP/WRR/SP+WRR/WFQ/SP+WFQ) and CAR (Committed Access Rate) with granularity as fine as 8Kbps. The switch also supports TAP (Test Access Point) traffic distribution, enabling load balancing, tunnel encapsulation/decapsulation (GRE/NVGRE/VXLAN), and packet modification for intrusion detection, traffic analysis, and behavior auditing.

Typical Application Scenarios for Data Center

The H3C S9800-G Series offers diverse and secure management options to simplify network operation. It supports standard management interfaces (Console, USB, out-of-band Ethernet) and protocols such as SNMPv1/v2/v3, CLI, Telnet, FTP, SSH2.0, and SSL. For automated management, it integrates with H3C iMC (Intelligent Management Center) and third-party network management platforms, supporting sFlow and NetStream for detailed traffic statistics. The switch is also compatible with multiple cloud platforms, adapting to hybrid cloud and multi-cloud deployment scenarios. Features like zero-configuration Auto-config, configuration rollback, and hot patching further reduce maintenance costs and minimize downtime.

Typical Application Scenarios

• Core/aggregation layer in large-scale data centers and AIGC intelligent computing clusters
• High-density server/GPU cluster access in cloud computing and big data platforms
• Lossless RoCE network deployment for HPC, AI training, and distributed storage systems
• Spine-Leaf architecture in modern data centers requiring high redundancy and scalability
• Mission-critical environments such as financial data centers and enterprise private clouds

Why Choose H3C S9800-G Series Switch

The H3C S9800-G Series combines high port density, low latency, SDN programmability, and enterprise-grade security—making it the ideal choice for modern data centers and AIGC infrastructure. Its flexible model lineup caters to diverse deployment needs, from small-scale server access to large-scale core networking. As a trusted B2B IT supplier, CN Tech B2B provides genuine H3C S9800-G Series switches with flexible configuration options, bulk order support, fast global delivery, and professional technical services—ensuring your data center network meets the demands of today’s most intensive workloads and future scalability.